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Which three characteristics are true of Control Plane VMs? (Choose three.)
Suggested Answer: A
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Tanzu Kubernetes Cluster is a Kubernetes cluster deployed by developers using a YAML specification file. It uses resources from hosts across vSphere clusters to form a Kubernetes cluster on vSphere. It also enables vSphere High Availability and Distributed Resource Scheduler, which allows for load balancing and high availability of resources in the cluster. It does not remove the Kubernetes API for use by DevOps teams.
38 comments · newest first
BO
Boris
12 months ago
I’m not sure about the Spherelet part, sounds off.
KI
King
1 year ago
They are connected to a Management portgroup, for sure.
LA
Larae
1 year ago
Wait, they expose the Kubernetes API? That’s surprising!
BA
Barney
1 year ago
I agree, that’s a key point!
LA
Lavera
1 year ago
They do not run any Kubernetes Pods.
DE
Desmond
1 year ago
I thought Control Plane VMs could be resized through vCenter, but I need to double-check that against my notes.
PA
Paris
1 year ago
I practiced a similar question, and I feel like they definitely expose the Kubernetes API, but I might be mixing it up with another topic.
BE
Ben
1 year ago
I remember something about them not running Kubernetes Pods, but I can't recall if that's one of the options here.
QU
Quentin
1 year ago
I think Control Plane VMs are connected to a Management portgroup, but I'm not entirely sure about the specifics.
AN
Angelyn
1 year ago
I've got a good strategy for this. I'll focus on the specific details in the question, like the 50% threshold and the definition of "property occupied by the company." That should help me arrive at the right answer.
SU
Sue
1 year ago
This looks like a question on principal component analysis. I think the key is to identify which line represents the direction of maximum variance in the data. The blue line seems to be the first principal component based on the explanation provided.
FA
Fatima
1 year ago
Okay, I think I've got this. Alarm shielding means the network element still reports the alarm, but the network management doesn't receive it. Alarm suppression means the network element doesn't even report the alarm.
QU
Quinn
1 year ago
I'm a bit confused here. The question says we made no changes to the deployed endpoint configuration, so I'm not sure if the run ID of the inference pipeline experiment would be relevant. I think I'll stick to the URL and the key as the two values to provide.
SA
Salome
1 year ago
Okay, let me see here. The question mentions the A/R Statistical History Update program, so I'm guessing the answer has to do with one of the tables used in that program. I'll need to review the table names and see which one makes the most sense.
BR
Brett
1 year ago
Hmm, I'm sensing a theme here. B, C, and E sound like the way to go. The Spherelet, Kubernetes API, and Management portgroup - that's the Control Plane VM holy trinity. Though I'm still trying to figure out if these VMs can do the Macarena. Gotta stay on my toes, I guess!
SH
Sheron
1 year ago
E) They are connected to a Management portgroup.
SA
Santos
1 year ago
C) They each expose the Kubernetes API.
EA
Earleen
1 year ago
B) They each run the Spherelet.
EL
Elliott
2 years ago
Alright, time to put on my thinking cap. I'm gonna go with B, C, and F. The Spherelet, Kubernetes API, and vCenter Service deployment - that's gotta be it. Now, if only I could resize these VMs directly through vCenter... Wait, is that a trick question?
PA
Paris
1 year ago
User3: And they are deployed via a vCenter Service, so F is also correct.
DE
Devora
1 year ago
User2: Yeah, those Control Plane VMs definitely run the Spherelet and expose the Kubernetes API.
RE
Renea
1 year ago
User1: I think you're right, B, C, and F are the correct characteristics.
CR
Craig
2 years ago
Let's see... B, C, and E sound about right. The Spherelet, Kubernetes API, and Management portgroup - that's the Control Plane VM trifecta. Though I'm just hoping the exam doesn't throw any curveballs at me. Fingers crossed!
DA
Dante
2 years ago
Ooh, this is a good one. I reckon B, C, and F are the right answers. The Control Plane VMs run the Spherelet, expose the Kubernetes API, and are deployed via a vCenter Service. Easy peasy, right? Now, where's the coffee machine around here?
DO
Dong
1 year ago
Definitely! Now, let's find that coffee machine.
OM
Omega
1 year ago
So, B, C, and F are the correct characteristics of Control Plane VMs.
OL
Olene
1 year ago
Yeah, and they are also deployed via a vCenter Service.
BR
Brinda
1 year ago
I think you're right! Control Plane VMs do run the Spherelet and expose the Kubernetes API.
LO
Lore
1 year ago
Let's grab some coffee after we finish discussing this!
VA
Val
1 year ago
So, B, C, and F are the correct characteristics for Control Plane VMs.
FE
Felicidad
1 year ago
Yeah, and they are deployed via a vCenter Service as well.
VI
Vincenza
1 year ago
I think you're right! Control Plane VMs do run the Spherelet and expose the Kubernetes API.
PA
Pamella
2 years ago
Hmm, this seems tricky. I'm gonna go with B, C, and E. The Control Plane VMs must be running the Spherelet, exposing the Kubernetes API, and connected to a Management portgroup. Gotta love those cloud-y infrastructure questions!
JA
Jamie
2 years ago
Yeah, those are the correct characteristics. Good job on picking B, C, and E!
NI
Nida
2 years ago
I think you're right! Control Plane VMs do run the Spherelet, expose the Kubernetes API, and are connected to a Management portgroup.
KR
Kristin
2 years ago
I'm not sure about C. I think Control Plane VMs do expose the Kubernetes API.
VI
Vivan
2 years ago
I agree with Jarvis. Those characteristics make sense for Control Plane VMs.
JA
Jarvis
2 years ago
I think A, E, and F are true.